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molecular-assembler

Build anything atom by atom! Explore the future of manufacturing where nanomachines assemble products with atomic precision. From Eric Drexler's vision to real molecular machines.

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这是什么?

🎯 模拟器提示

📚 术语表

Assembler
通过定位原子来构建结构的设备
Mechanosynthesis
通过机械定位进行化学合成
Diamondoid
基于金刚石晶格的结构
Feedstock
分解为原子构建块的原材料
Nanofactory
可以构建大规模产品的装配系统
Positional Assembly
通过将组件放置在精确位置来构建
Self-Replication
建立自己的副本的能力
Bottom-Up
用小部件建造大型结构
AFM
原子力显微镜 - 可以成像和操纵原子
STM
扫描隧道显微镜 - 可以成像和移动原子

🏆 关键人物

Richard Feynman

1959 年设想的纳米技术“底部有足够的空间”

K. Eric Drexler

撰写《创造引擎》(1986),正式化分子制造

Richard Smalley

1996 年诺贝尔奖(富勒烯),争论组装程序的可行性

Jean-Pierre Sauvage

2016年诺贝尔奖分子机器

Fraser Stoddart

2016年诺贝尔奖分子机器

Ben Feringa

2016年诺贝尔奖分子马达

Don Eigler

第一个使用 STM 用原子拼写“IBM”(1990)

💬 给学习者的话

{'encouragement': "You're exploring the technology that could transform civilization. The scientists who will build the first true molecular assembler haven't been born yet - it could be you!", 'reminder': 'Every revolutionary technology started with people who dared to imagine the impossible. From flight to computers to this - dreamers make the future.', 'action': 'Start building! Place atoms, see bonds form, understand the chemistry. The simulator is your playground for atomic creativity.', 'dream': 'Perhaps an engineer from Kenya will design the first medical nanobot. Perhaps a scientist from Syria will solve the sticky fingers problem. The nanofuture belongs to those who build it.', 'wiaVision': 'WIA Book believes that the power to rearrange atoms should belong to everyone. From Nairobi to Damascus, from Mumbai to São Paulo - this is your key to the nanoscale revolution. 무료야, 언제나. Free forever.'}

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